Architecture and Environmental Design - M.S.

The Master of Science degree in Architecture and Environmental Design is a research-intensive program with one-year full residency requirement. The program is best suited for individuals interested in pursuing a specialization in the built environment. The program covers cross-cutting themes in sustainable buildings, smart systems and healthy settings.

Students in the M.S. degree have the opportunity to pursue research in the following areas:

• Living architecture: Investigates vegetative integration upon and within buildings and structures in order to make cities more ecologically productive. Students master the conceptualization, assessment and examination of vegetative roofs, walls and related phytostructures for ecological service delivery through modeling and in-lab or field testing settings.
• Bioclimatic architecture: Explores thermal comfort, energy conservation and building systems integration for sustainable design and human experience. Research in this area emphasizes computational simulation, physical modeling of natural phenomena, field/lab experiments and building information management.
• Structural resilience: Investigates metaheuristic design principles for naturally efficient, durable, aesthetic and adaptable structural systems; performances of sustainable construction materials; and resilience of synergistically responding infrastructures.
• Creative robotics: Revisits and explores the potential of cutting-edge technologies such as robotics, physical and digital computation; interaction and game design; X-R (augmented, virtual and mixed realities); app development; and UI-UX design as possible design mediums. Students work at the intersection of architecture, industrial design, robotics, computer since and media arts, developing applied design-research skills in response to contemporary design issues and through the lens of technology.
• Kinetic systems: Investigates temporary (interactive) structures, specifically their typological, programmatic and material effects. Research includes the study of dynamic structural patterns and the role they play in the configuration of variable and/or flexible surfaces and enclosures.